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When it comes to controlling and protecting your GT13E2 gas turbine, proper measurement of the exhaust gas temperature (TAT) is crucial.
Benefits
The TAT is measured with probes installed in flow direction behind the turbine, on the exhaust diffuser. With time and operation, the fixation of the TAT probes can become loose. This can lead to relative movement and accelerated wear of the probe tip, which usually requires repair or replacement of the TAT probe.
Related services
Insulation material in the GT13E2 is subject to damage and should be replaced to prevent heat loss.
Insulation material in the GT13E2 is subject to damage and should be replaced to prevent heat loss.
The GT13E2 gas turbine needs to periodically have its Radial Rotor Positioning (RRP) measured and potentially adjusted. In standard configuration, it’s only possible to perform the adjustments by opening the unit.
The GT13E2 gas turbine needs to periodically have its Radial Rotor Positioning (RRP) measured and potentially adjusted. In standard configuration, it’s only possible to perform the adjustments by opening the unit.
A cross-flange rework for leakage elimination can address a hot air leakage in the cross-flange area of your GT13E2 gas turbine.
A cross-flange rework for leakage elimination can address a hot air leakage in the cross-flange area of your GT13E2 gas turbine.
An exhaust casing spring support upgrade from GE can reduce blade rubbing caused by exhaust gas housing (EGH) sagging, resulting in improved EGH stability and gas turbine efficiency.
An exhaust casing spring support upgrade from GE can reduce blade rubbing caused by exhaust gas housing (EGH) sagging, resulting in improved EGH stability and gas turbine efficiency.
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